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A plus b plus c equals 180 b equals 3a c equals 5a?
a = 20 b = 60 c = 100
What is the answer to 8c equals 60.00?
If 8c = 60, then c = 60/8 = 7.5.
What does 12 equals p of c mean?
If we're talking strictly algebra. 12 equals p of c can be written as: 12= p(c) meaning, 12 is the answer for some function p, when c is the variable.
Is 60 a multiple of 12?
yes. b/c 12*5=60
What is c equals 4 plus 10t if c equals 12?
t = 4/5
What is the capacitance when Q equals fifty times ten to the negative sixth?
C = Q/V; capacitance = charge / voltage. Therefore, you would also have to know the voltage.
If a capacitor of unknown capacitance is wired to an alternating voltage source with a frequency of 60 hertz and the resulting capacitive reactance is 663ohms what is the capacitance of the capacitor?
C = capacitance, f = frequency ===> Capacitive reactance = 1 / [ 2(pi)fC ] 663 = 1 / [ 2(pi)(60)C ] 663 x 2 x pi x 60 x C = 1 C = 1 / (663 x 2 x pi x 60) = 1 / (663 x 120 x pi) = 1 / 249,945.1 = 4 x 10-6 = 4 microfarads (almost exactly)
A plus b plus c equals 180 b equals 3a c equals 5a?
a = 20 b = 60 c = 100
What is the value of c divided by 30 that equals 12?
The value of c/30 that equals 12 is 12 . In order to make that value, 'c' must be 360 .
What is the answer to 8c equals 60.00?
If 8c = 60, then c = 60/8 = 7.5.
What does 12 equals p of c mean?
If we're talking strictly algebra. 12 equals p of c can be written as: 12= p(c) meaning, 12 is the answer for some function p, when c is the variable.
Is 60 a multiple of 12?
yes. b/c 12*5=60
What is c equals 4 plus 10t if c equals 12?
t = 4/5
-12 plus c equals 19?
-12 + c = 19 Add 12 to both sides: c = 19+12 = 31
What letter represents capacitance?
C
How can we determine the capacitance of the system?
To determine the capacitance of a system, you can use the formula C Q/V, where C is the capacitance, Q is the charge stored in the system, and V is the voltage across the system. By measuring the charge and voltage, you can calculate the capacitance of the system.
What is meant by transition and space charge capacitance of a diode?
space charge region in a diode or say a bjt for better understanding is same as the depletion region, both transition capacitance and depletion capacitance are the same c= (epsilon*A)/d ; where ... c is capacitance A is area and d is the depletion width the other type of capacitance is the diffusion capacitance c= (T*I)/(n*V) where ... c is the capacitance T is transition ti me I is the drift current n is emission coefficient ... its value is 1 for germanium and V is thermal voltage .. 26mv
